| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | HY04AAS1_0307 |
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| Symbol | |
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| ID | 6743101 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Hydrogenobaculum sp. Y04AAS1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011126 |
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| Strand | + |
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| Start bp | 265542 |
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| End bp | 268358 |
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| Gene Length | 2817 bp |
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| Protein Length | 938 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 642750100 |
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| Product | molybdopterin oxidoreductase |
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| Protein accession | YP_002120975 |
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| Protein GI | 195952685 |
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| COG category | [C] Energy production and conversion
[R] General function prediction only |
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| COG ID | [COG0243] Anaerobic dehydrogenases, typically selenocysteine-containing
[COG3383] Uncharacterized anaerobic dehydrogenase |
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| TIGRFAM ID | [TIGR01409] Tat (twin-arginine translocation) pathway signal sequence |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.0000000512628 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAACATTA CAAGGCGTGG ATTTTTAAAA GGAATGGCTG CAACTGGTGC TGCTACACTG
GTTGGTAAAA AGTTACTGAC GCCAGAACAG GCAAAGGCAA TCCAAACAAA AAACATCCAA
TACGCTTATA AACCAAACAT ATGTAACTTT TGCGCAAATG CCTGTGGTAT ACAAGTAAGG
GTCGCTTCTA TCTCCGGTAA ACCAAATAGA CTTATGAAGA TAGAGGGTAA TATACATCAT
CCTTACAATA GAGGTGTTGC CTGCGCTAGG GGTCAAAGTG GTATATCTTA CATATATGAT
AAAGACCGCA TTAAAAAACC CCTTATAAGA ATTGAAGGCT CTAAAAAAGG CGAGTGGAAA
TTTAAAGAAG CTTCTTGGCA AGAAGCTTTT AATTATATGA TGAACAAGTT AAAAAATATA
AAACCTTATG AAATGGCTCT TATGGGAGGA TGGCAAGGAT GTGCTTTTTA TGGTACTTAT
TTGCTTCCTT TTGTGGTAGC TGCTCAAATC CCAACGCTTT ATGGCTCTCC GATACAGCAT
TGTGTTGGTT CTGAGCATTT AGGTCTTCAT ACTGTGTTTG GCAATTATAA CACCCACGAT
GAGGTGGTGT GCGATTACGA TAGAGCAAGA TATATATTGG CAGTAAGAAG CAACGGTTCT
TTGGCCGGTA TTTCCACTGG AAGAGCTCAT AGGTTTGGAG CAGGCATTAA AAACGGTGCT
AAAGTGGTGG TATTAGACCC AAGAGCATCG GAGCTTGCTG CCAAAGCAGA TGAATGGATT
CCCATAAGAC CAGGCACCGA CAACGCCTTT GCTTTGGCTA TGCTTCATGT GATCTTAAGA
GAGCAAAAAG ATGGAAAAGT ACTTTACGAT GAAGAAACCC TTAGATTTTT TACAAACGCT
CCTTTTTTGG CTTATAAGGA TGAAAAAGGA AATCTGCAAC TATTGTCTGA TGTAGATAAA
GACGGGGCTG TGGAGGCTTG GTACGTTTAC GATGAACTCT CAAACTCTGT CCAGAAAGTA
TTTGGCTTTT ATAATACAAA TAAAATATCT AAAGACAACA AAGTGTTAAA ACCAGCTCTA
TTTACAAAAA ATCTCAACGT AAACGGCAAA AATGTAAAAA CTGTATTTGA GTATCTTATG
GATTATACGC AAAACTTTAC ACCAGAATGG GCTTCTAAGA TAACCGATGT ACCAGCATCC
ACTATAAAAA GGGTTGCCGT GGAGTTTGCC ACTATGAAAC CAGCCATTGT AGAGCCAGGG
ATTTACGACT CTAGATATGA AAACACTATC CAGCTAAGGA AAACCTTGGC TATCATACAG
GCTATAACAA GTGGATACGA TAAACCGGGT ACTTGGGTTA CAGGCGGAAG TTATAAGATG
CTTATAAAAG ACTTTTTTGA GTTTACCAAG AAAAATGGAA ATAAGATCAC CATTCCCGTA
AAAGGATATC CAGATGTAGA CATACCTGGC ATGCTTAGGG TATTGGACGT TGGCTTTAAA
TATTTTTTTA ATCCAAAAGC TTGGGCACAC GAATATCCAT CCGTACAATG GGCTTATTTG
CAAACCGAGC TTTCCAAAGG CAAAGAAGCA ACGGTATTTC CTTTTATTAC AGATAACGGT
TTTTACGAAT CTACCAAAAA AGAGGTGTTT TGGAAAGGCC AGCCTTATCA GCTAAAAGCA
GCTTTCGTAT ACGCCCTTAA CTTAGTAAGA GGTGACGTAG AAACTCAAAG ATGGAAAGAA
TTTTTAACAA ATCTTGATTT GGTGGTGGGT TTTGATACGA TGCCTTCAGA TACCATGCTC
TATGCAGATG TAATATTCCC AGATATTCCT TATATACTAA AAAAAGATGT TATTTTTGAT
TTAAACACAT CTCACGATTA TAGTTTTGGC ACAAGAGAAG CTGCTATGCC AAAAGACGGC
GATGAAATGC ACGCTTTAGA TTTTATGTAC ATGCTATCAA AAGCCATGAA TGTACCTTGG
CTTGATACGA TGGCAGAGCT TTATCAGTAC TGGAAGTGGG ATAAAAAAGA GCTCAATCAA
AAATGCGAAG AATCTTGGAA CAAATACGGC ACCATAGTAC CAGCTATAAG AGAGCTTCAG
CTTAAAAACA AAGTAGCTCC TGAGTTAAAA GAATATAAAG GTATATCAAA AACAGTACAA
GAGTTGGAAG AAGAGATATC TAAAAAAGGT GTGATAACGG CGATGTATAG AGAAGAGCTT
ATGGCTAAAT ACTCTGTGCC ATGGCATCAA CCAGTGCCTA CTCCAAGTGG ACGCATGGAA
ATCTATTCAA ATGTATTTGC TACACTTCAG AACATGTTTG GTTATAAGCC AAATTACGAT
CCTTTGATAG CATATATACC ACCAAAATGG AAAGGTGATA TAGCCCCAGA AGATGTGAAA
CTTGAAGAAA ACGAATTTTT TATAACACAT GGTAAAGTAC CAATACAATC TCATACTTGT
GCTGCTACGG TAGACAACCC TATACTAGTA AGCATAGGAA AGTGGAGAGA AGGTGTTTAT
TATGGTATAT GGATTAACGA TAAAAAGGCT AAGTCTCTTG GTATAAAAGA AGGCGATGAT
ATTTTGGTGA CAAACGTTAT GTATCCAAAT TTAAAAGTAA AAGGTAAAGC GCATCTTACA
AAACTAATAA GACCAGATAC GATATTTATA CCGGGGGCTT TTGGAGCTTC TTCTAAAAAA
CTAACATACG GCGATGGTTT GGGAACTCCG TTAAATGATC TGATACCCTA TAGACCAGAA
CCGGTTATAG GTGGATATAG AGCAAACGAA TTTACTGTAA AAGTTGTGAA GGCTTAA
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| Protein sequence | MNITRRGFLK GMAATGAATL VGKKLLTPEQ AKAIQTKNIQ YAYKPNICNF CANACGIQVR
VASISGKPNR LMKIEGNIHH PYNRGVACAR GQSGISYIYD KDRIKKPLIR IEGSKKGEWK
FKEASWQEAF NYMMNKLKNI KPYEMALMGG WQGCAFYGTY LLPFVVAAQI PTLYGSPIQH
CVGSEHLGLH TVFGNYNTHD EVVCDYDRAR YILAVRSNGS LAGISTGRAH RFGAGIKNGA
KVVVLDPRAS ELAAKADEWI PIRPGTDNAF ALAMLHVILR EQKDGKVLYD EETLRFFTNA
PFLAYKDEKG NLQLLSDVDK DGAVEAWYVY DELSNSVQKV FGFYNTNKIS KDNKVLKPAL
FTKNLNVNGK NVKTVFEYLM DYTQNFTPEW ASKITDVPAS TIKRVAVEFA TMKPAIVEPG
IYDSRYENTI QLRKTLAIIQ AITSGYDKPG TWVTGGSYKM LIKDFFEFTK KNGNKITIPV
KGYPDVDIPG MLRVLDVGFK YFFNPKAWAH EYPSVQWAYL QTELSKGKEA TVFPFITDNG
FYESTKKEVF WKGQPYQLKA AFVYALNLVR GDVETQRWKE FLTNLDLVVG FDTMPSDTML
YADVIFPDIP YILKKDVIFD LNTSHDYSFG TREAAMPKDG DEMHALDFMY MLSKAMNVPW
LDTMAELYQY WKWDKKELNQ KCEESWNKYG TIVPAIRELQ LKNKVAPELK EYKGISKTVQ
ELEEEISKKG VITAMYREEL MAKYSVPWHQ PVPTPSGRME IYSNVFATLQ NMFGYKPNYD
PLIAYIPPKW KGDIAPEDVK LEENEFFITH GKVPIQSHTC AATVDNPILV SIGKWREGVY
YGIWINDKKA KSLGIKEGDD ILVTNVMYPN LKVKGKAHLT KLIRPDTIFI PGAFGASSKK
LTYGDGLGTP LNDLIPYRPE PVIGGYRANE FTVKVVKA
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